BHARATHIAR UNIVERSITY, COIMBATORE B.Sc. PHYSICS DEGREE COURSE (Colleges) Course Title

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1 Part Ins. hrs / Week Dur.Hr CIA Marks Total Marks Credit Page 1 of 6 BHARATHIAR UNIVERSITY, COIMBATORE B.Sc. PHYSICS DEGREE COURSE (Colleges) REVISED SCHEME OF EXAMINATIONS (CBCS PATTERN) (For the students admitted from the academic year and onwards) Study Components Course Title Examinations Semester I I Language-I II English-I III Core I Mechanics, Properties of Matter and Sound III Practical I III Allied A - Mathematical Paper I * (or) Chemistry Theory I ** III Allied Practical** IV Environmental Studies # Semester II I Language-II II English-II III Core II Heat and Thermo Dynamics III Practical I III Allied A - Mathematical Paper II * (or) Chemistry Theory II ** III Allied Practical** IV Value Education - Human Rights # Semester III I Language-III II English-III III Core III Optics III Practical II III Allied B - Mathematical Paper I * (or) Chemistry Theory I ** III Allied Practical** IV Skill Based Subject Instrumentation I IV / Advanced Tamil# (OR) Non-major elective - I (Yoga for Human Excellence)# / Women s Rights # Semester IV I Language-IV II English-IV III Core IV Atomic Physics and Spectroscopy II Practical II III Allied A - Mathematical Paper II * (or)

2 Hr A Credit Part Ins. Hr / week Dur Hrs CIA Marks Total Marks Page 2 of 6 Examinations Study Components Course Title III Chemistry Theory II ** III Allied Practical** IV Skill based Subject - Instrumentation II IV /Advanced Tamil # (OR) Non-major elective -II (General Awareness #) Semester V III Core V Mathematical Physics III Core VI Electronics III Core VII Solid State Physics III Core VIII Electricity and Magnetism III Practical III - Electronics Alone III Practical IV - Digital and Micro Processor III Elective I Practical - C and C IV Skill based Subject - Instrumentation III Semester VI III Core IX Quantum Mechanics and Relativity III Core X - Nuclear Physics III Practical III - Electronics Alone Practical IV - Digital and Micro Processor III Elective II III Elective III III Practical V - C and C IV Skill based Subjects Practical -Instrumentation V Extension Total * For subjects without practical ** For subjects with No University Examinations. Only Continuous Internal Assessment (CIA) # No Continuous Internal Assessment (CIA). Only University Examinations. List of Elective papers (Colleges can choose any one of the paper as electives) Elective I A Principles of Programming Concepts and C Programming B Energy Physcis C Agricultural Physics Elective II A Micro Processors B Optical Fibers and Fiber Optic Communication Systems C Bio-Physics Elective - III A Object Oriented Programming with C++ B Geo Physics Note: The syllabus for the above papers (except skill based subjects I, II, III and Practical) be the same as prescribed by the modified scheme of examination for the academic year The syllabus for the semester III skill based subject Instrumentation I, Semester IV Skill based subject Instrumentation II, Semester V skill based subject Instrumentation III and Skill based subject practical are furnished below. ** This modification is also applicable to the students admitted in the academic year for their V and VI semesters only.

3 Page 3 of 6 SEMESTER III SKILL BASED SUBJECT -INSTRUMENTATION I No. of Credit Hours: 3 Hours Subject Description To study the instrument with its principle and observe the method their functioning Goal and objectives To provide a good foundation in measurements To provide a knowledge of the behaviour of instruments To inspire interest for the knowledge of concepts regarding measurements UNIT 1 Basic Concept of Measurement Introduction System configuration Problem Analysis Basic Characteristics of measuring devices Calibration Transducers Capacitive transducers Piezoelectric transducers Photoelectric effect Photoconductive transducers Ionization transducers Hall Effect transducers Digital displacement transducers. UNIT 2 Performance Characteristics of an Instrumentation system Introduction Generalized measurement Zero order system first and second order system Dead time element Specification and testing of dynamic response UNIT 3 Pressure Measurement Mechanical Pressure measurement devices Bourdon tube Pressure gauge The Bridgeman Gauge Dead weight tester Low Pressure measurement The Mc lead gauge Pirani thermal Conducting gauge The Knudsen gauge. Unit 4 Flow Measurement Positive displacement methods Flow Obstruction methods Flow measurement by drag effects Hot wire and Hot film anemometers Magnetic flow meters. Unit 5 Measurement of Temperature Temperature scales The ideal gas thermometer temperature measurements by mechanical effects temperature measurements Thermistors Thermoelectric effects. Book for Study Unit 1 & 2: Instrumentation Devices and Systems C S Rangan, G R Sharma, V S V Mani TMH. Unit 3 & 4: Experimental Methods for Engineers Ja cy P Hofman, TMH. Unit 5: Experimental methods for experiments by Jack P Holman

4 Page 4 of 6 SEMESTER IV SKILL BASED SUBJECT - INSTRUMENTATION II No. of Credit Hours: 3 Hours Subject Description To study the instrument with its principle and observe the method of theirfunctioning Goal and objectives To provide a good foundation in measurements To provide a knowledge of the behaviour of instruments To inspire interest for the knowledge of concepts regarding measurements UNIT 1 Temperature Measurement by Radiation: Effects of heat transfer and temperature measurements Transient response of thermal systems Thermocouple compensation Temperature measurement flow in high speed flow. Thermal and transport property Measurement. Thermal conductivity measurements Thermal conductivity of liquids and gases Gas diffusion Calorimeter. UNIT 2 Force, Torque and Strain Measurements Introduction Mass balance measurements Elastic elements for force measurements Torque Measurement Stress and Strain measurements Electrical resistance strain gauges. UNIT 3 Vibration Random Vibration Shock Analyzing vibration sensing devices Generalized second order System Absolute displacement Absolute velocity and acceleration vibrating sensing devices Velocity transducer. UNIT 4 Thermal and Nuclear Radiation Measurements Introduction Detection of thermal radiation Measurement of emissivity Reflectivity and Transmitting measurements Solar radiation measurements Detection of Nuclear radiation The Geiger Muller counter. UNIT 5 Air Pollution Sampling and Measurements Introduction Units of pollution measurements Air pollution standards General air sampling Train gas sampling techniques Particulate sampling techniques Sulphur dioxide measurements. Books for Study: Unit 1, 2, 4 to 5: Experimental methods for Experiments by Jack P Holman Unit 3: Instrumentation Devices and Systems C S Rangan, G R Sharma, V S V Mani TMH.

5 Page 5 of 6 SEMESTER V SKILL BASED SUBJECT -INSTRUMENTATION III No. of Credit Hours: 3 Hours per week Subject Description To study the instrument with its principle and observe the method their functioning Goal and objectives To provide a good foundation in measurements To provide a knowledge of the behaviour of instruments To inspire interest for the knowledge of concepts regarding measurements UNIT 1 Data Acquisition and Conversion Introduction Signal conditioning of the inputs Single channel data acquisition systems Data conversion Digital of Analog converter Analog to Digital converter. UNIT 2 Basic meter movements Permanent magnetic moving coil movements Practical PMMC movements Moving ion type instrument Concentric vane repulsion type (Moving ion type) Display devices: LED LCD. UNIT 3 Digital Instruments Introduction Digital Multi meter Digital panel meters Digital frequency meters Digital Measurement of time Universal counter Digital measurement of frequency Digital Tacho meter. UNIT 4 Oscilloscope Introduction Basic principles CRT features Basic principles of signal displays Block Diagram of oscilloscope Simple CRO Vertical amplifier Horizontal deflecting system Delay line in triggered sweep CRT connection. UNIT 5 Biomedical Instrumentation Basics of Biomedical Instrumentation system Blood flow measurement magnetic blood flow rate Ultrasonic meter ECG-EEG-EMG X-ray Imaging and CT scan- MRI scan Book for Study: 1. Instrumentation Devices and Systems C S Rangan, G R Sharma, V S V Mani TMH, 2. Electronic Instrumentation by H S Kalsi TMH. 3. M.Arumugam, Bio-medical Instrumentation, Anuradha agencies, Nandhini K.Jog, Electronics in medicine and Biomedical Instrumentation, PHI, 2010

6 Page 6 of 6 SEMESTER VI SKILL BASED INSTRUMENTATION PRACTICAL (ANY TWELVE) 1. Construction and Service of Power supply - 2, 4, 6 Volts 2. Regulated power supply construction and service - 5V& 12V 3. Dual power supply construction and service - (-12)-0- (+12) 1. Regulated power supply service - 5V& 12V 2. Dual power supply service - (-12)-0- (+12) 3. Servicing - Microscope 1. Servicing Telescope 4. Servicing - Spectrometer 5. Servicing -Galvanometer, 6. Servicing - Voltmeter 7. Servicing - Ammeter. 8. Servicing --UPS 9. Servicing ---Stop clock and Stop watch 10. Servicing ---Physical Balance 11. Servicing. Mixie 12. Servicing. Resistance box and Capacitance box 13. Servicing --- Signal Generators 14. Fixing and servicing a B.G. 15. Cutting, drilling, polishing and trimming. 16. Servicing. Iron Box 17. Conversion of Galvanometer to an ammeter and volt

PANDIAN SARASWATHI YADAV ENGINEERING COLLEGE DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING EE6404-MEASUREMENTS AND INSTRUMENTATION

PANDIAN SARASWATHI YADAV ENGINEERING COLLEGE DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING EE6404-MEASUREMENTS AND INSTRUMENTATION ACADEMIC YEAR: 2015-2016 (EVEN SEMESTER) Branch: EEE QUESTION BANK